This is the lowest price I've seen for a Raspberry Pi 3 B+ single board computer. It has a 1.4GHz 64-bit quad-core processor, WiFi, Bluetooth, and Ethernet. These Pis are great for playing retro video games (emulators for almost every game platform from the 80s and 90s you can think of are available). This Amazon deal is 16% claimed so far. Once it's fully claimed the price will go back up. Read the rest
The fourth incarnation of the wonderful Raspberry Pi is upon us. A faster quard-core CPU, up to 4GB of RAM, gigabit ethernet and dual HDMI outputs are the upgrades; there's USB-C too, but just for power. The CPU boost is a big deal, say early users, but dual-4k displays and 4x the RAM bring it squarely into the realm of everyday desktop computing. Still $35; the 4GB model is $55.
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Christian Cawley listicled 10 old devices upcycled to house a Raspberry Pi (including the Tomy toy dashboard OutRun previously at BB).
Embedded above is a Pi, with a wee LCD monitor, embedded in a 1975 mini TV by Martin Mander. Perfection!
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This is a Hitachi I-89-311 portable TV that I've converted into a retro wall-mounted information station! It displays useful content in a series of full-screen Chrome tabs, and turning the TV's tuning dial switches between the pages. The volume button controls scrolling, the on-off button refreshes the page, and the TV has a PIR motion sensor so it turns off when you walk away.
This post was sponsored by Glowforge. Click here to get $100 off a Glowforge Basic, $250 off a Glowforge Plus, or $500 off a Glowforge Pro.
This is the second of two videos on how to make a Raspberry Pi based tabletop retro-video game arcade machine. (Here's the first.)
Once we bought the components and made sure everything worked it was time to design and cut the cabinet.
Any graphics program will work with the Glowforge. You can even use a hand-drawn image because the Glowforge has a built-in camera that scans your drawings and converts them to cutting, scoring, and engraving lines.
Once we had a design we liked, we uploaded it to the Glowforge app. It’s as easy as dragging and dropping the image file onto the page, then placing the design on the photo of the material You can move the images around the material in order to fit multiple components onto the same piece of stock.
The first prototype we made had sharp corners, and they poked into our palms when we used the buttons and joystick. So for our second design, we used a living hinge, which is a cool way to bend wood. With these kinds of hinges, you can make beautiful and functional things.
The Glowforge not only cuts material, it also engraves designs - even photos - in high resolution. We engraved one of our favorite characters? -- Q*Bert, the famous cussing cube-hopper. And my daughter and I took a cue from the original Macintosh team and engraved our names on the inside of the cabinet. Read the rest
[This post is sponsored by Glowforge. To get $100 off a Glowforge Basic, $250 off a Glowforge Plus, or $500 off a Glowforge Pro use the link glowforge.com/boingboing.]
My 15-year-old daughter and I love retro video games. We often go a retro video game arcade in Pasadena, California, and we also play a lot of computer games from the 1980s and 1990s. We thought it would be fun to build a dedicated machine at home that we could use to play these retro games.
After a bit of online searching, we found out it’s easy to use a Raspberry Pi, which is a $35 single board computer the size of a credit card, along with a free Linux based operating system called RetroPie that has emulators for every arcade and console imaginable. We could use a Raspberry Pi and RetroPie to play every arcade game we want. And with our Glowforge laser cutter, we could easily make an arcade cabinet for ourselves as well quickly make them for friends and family.
In this 2-part video series, which was underwritten by our friends at Glowforge, I’m going to show you how we did it.
Parts and Materials
First, we bought all the parts and materials we needed to make the cabinet. We got a Raspberry Pi Model 3 B+, a 32GB MicroSD card, a power supply, a 10-inch HDMI monitor, a set of arcade buttons and a joystick, a pair of speakers, some cables and a box of various machine screws and nuts and standoffs. Read the rest
Love Hultén makes beautiful game devices based on the Raspberry Pi and RertroPie. His latest design, which has a speckly textured finish, is called the Geoboi. Read the rest
I use an Acer 25-inch monitor with my Macbook Pro and like it a lot. This 21-inch model (920 x 1080) is a highly rated sub-100 dollar model, and is perfect for people who want a large monitor for their Raspberry Pi, perhaps to play retro-games. Read the rest
Brett writes, "As a critique of the IoT buzz, I hacked a portable karaoke machine, stuffed a Raspberry Pi in it, connected it to the internet, and installed Docker on it." (tl;dr: he needed a portable CRT for an installation, found one embedded in a thrift-store karaoke machine, and got it wired up to the Raspi on the first try and discovered it made a perfect and delightful casemod).
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I spent the last few days fighting off a mouse infestation in our RV. So far I've trapped and tossed six of the furry little bastards out on their asses. As I began the search for where they were getting into our rig, yesterday, I got to wondering how much space they can actually squeeze through.
According to this video, I'm doomed. Read the rest
Sure, you worry about your bees, what with colony collapse disorder, but they're hard to count!
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I've had very little experience with Linux but now that I'm using Raspberry Pis (a cheap single board computer that runs Linux) I need to know how to use Linux. Online how-tos are good, but Linux for Makers, by Aaron Newcomb, is better. In fact, this book is pure gold. It assumes zero prior knowledge of Linux. Everything is clearly explained. I learned how to install Raspbian Linux on an SD Card (Raspberry Pis use SD cards as their hard drive), log the output of a script, schedule jobs with cron, use lots of different commands, write scripts, use PI with IFTTT, and lots more.
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Raspberry Pi is a credit card sized (or smaller) Linux computer that costs about $35 (you also need a monitor, a keyboard, SD card, and power source). The organization that developed it is called the Raspberry Pi foundation and they publish an excellent project magazine called MagPi. The PDF version is free to download. Issue 69 just came out and it has some good projects:
Affordable 3D printing.
Buy your first 3D printer and use a Raspberry Pi with OctoPrint to control it.
Set up Bluetooth on a Raspberry Pi and use it to stream music to your speakers.
New Google AIY kits. Discover the latest Voice and Vision kits. Now with Pi Zero WH included!
Transform a retro cam. Turn a classic Kodak Brownie camera into a modern digicam using a Camera Module.
Make a Pi Zero TV Stick. Upgrade any TV into a PC with a modified Pi Zero W. Read the rest
This week on Maker Update: a Pi-powered Rubik’s cube-solving robot, hacking your own tabletop pinball machine, a look at Fiber Fix tape, and a new issue of Make magazine. This week’s Cool Tool is Fiber Fix repair tape. Read the rest
The Raspberry Pi is a credit card sized Linux computer that costs about $30 (some versions are only $10). Because they are cheap, tiny, and versatile, they are an excellent basis for lots of different projects. Creative Projects with Raspberry Pi (out today!) by Kirsten Kearney and Will Freeman is loaded with build instructions, resources, and pointers to a bunch of cool projects: coffee roasters, weather stations, mobile phones, handheld gaming consoles -- 35 in all. The photos are big and clear, and the introduction at the beginning will get Raspberry newbies up to speed.
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In his Lifehacker essay looking back on his five years of tinkering with the Raspberry Pi, Thorin Klosowski says one of the desirable features of the Pi is the fact that it's not easy to use right out of the box.
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The joy I get from finding a solution to some dumb problem is one of the main things that drew me to the Raspberry Pi to begin with. Thankfully, Raspberry Pi projects have gotten easier over the years. Where it was once a complicated process to build an SD card, it’s now pretty much automatic. Still, the Raspberry Pi is far, far away from being as user friendly as a PC or Mac. That’s a feature, not a bug. The Raspberry Pi is built to force you to learn troubleshooting, and that’s still one of my favorite things about it.
Before hobbyists latched onto the Raspberry Pi, it was a computer for learning how to code targeted mainly at kids. Since then, the appeal has broadened, but it’s still impossible for a project to “just work” out of the box. You will have to tweak something, dig into the command line, or spend a few hours buried in an obscure internet forum to find solutions to problems that only you seem to be having. You will slam your head against the wall, yell a little, and throw your Raspberry Pi at least once for every project you attempt to make.
For every project you complete, for every bug you squash, and for every typo you correct, comes a small, glowing feeling inside your stomach that is well worth the trouble of it all.
RetroConnector (aka Charles Mangin) makes tiny Raspberry Pi cases in the form of mininature reproductions of Apple IIs, Lisas and Atari XLs—and more besides. The pitch is simple: "Connect your old Apple computer to new computers and peripherals. Outfit your desk with nostalgic miniatures." Read the rest
Jeff Atwood (coincidentally the cocaine-dusted, AK-toting godfather of our comment system) writes at length about the absolutely fabulous things that the tiny, supremely adaptable Raspberry Pi computers have done for the emulation scene. His posting doubles as a useful how-to for those unfamiliar with the drill.
1. The ascendance of Raspberry Pi has single-handedly revolutionized the emulation scene.
2. Chinese all-in-one JAMMA cards are available everywhere for about $90.
3. Cheap, quality arcade size IPS LCDs of 18-23".
This is most definitely the funnest and cheapest way to get into arcade emulation when you want to step beyond apps. If you're not into messing around with linux and configuration files and whatnot, an Intel Compute Stick (which comes with Windows) is a more expensive but easier path than a Pi. But you'll still have to deal with the hardware. Read the rest